Foundation course on DNA Profiling and Population Genetics

DNA Forensics

Overview Key Topics Benefits Course Outline Highlights

From Genes to Justice: Population Genetics and DNA Profiling

Explore the fascinating intersection of population genetics and forensic DNA profiling in our comprehensive 5-week course.

📅

Registration Deadline

10th July 2025

🚀

Course Begins

11th July 2025

Enroll Now

Duration

1 Month
Weekend Sessions

Mode

Live Online Sessions

Certification

Certificate
upon Course Completion

Discount valid for
First 10 Only!

Course Fee

Regular Price: ₹1200/-

₹ 499 /-

Save ₹700 All-inclusive package

Special discount for first 10 registrations only.
Price will increase to ₹1200 afterwards.

Enroll Now

No hidden fees or charges

Course Overview

The "From Genes to Justice" course offers a comprehensive exploration of population genetics and its applications in forensic DNA profiling. This course is designed to provide participants with a deep understanding of genetic principles and their practical use in forensic science.

Learners will gain expertise in analyzing population structures, applying bioinformatics tools, and interpreting DNA evidence for forensic purposes. Through hands-on activities, case studies, and real-world applications, this course bridges the gap between genetic theory and its role in solving crimes.

Key Topics Covered

Population Genetics

Understand population structure, Hardy-Weinberg equilibrium, and causes of evolution like admixture, selection, mutation, and drift.

Forensic DNA Typing

Learn STR genotyping, SNP applications, mitochondrial DNA analysis, and Y-STR for paternal lineage tracing.

Bioinformatics Tools

Master sequence alignment tools like BLAST and ClustalW, and explore forensic databases such as BOLD, HapMap, and STRBase.

Phylogenetic Analysis

Explore phylogenetic tools and construct phylogenetic trees using software like MEGA or Phylo.

Emerging Trends

Discover advancements in DNA sequencing, genetic genealogy, molecular autopsy, and rapid DNA technologies.

Wildlife Forensics

Study non-human DNA analysis and its applications in wildlife crime investigations.

Course Benefits

Foundational Knowledge

Master core concepts in population genetics and forensic DNA analysis.

Practical Skills

Gain hands-on experience with STR profile interpretation and phylogenetic tree construction.

Bioinformatics Expertise

Learn to use forensic databases and sequence alignment tools effectively.

Analytical Thinking

Develop skills to calculate likelihood ratios and interpret complex DNA evidence.

Career Opportunities

Explore roles in forensic science, genetic research, and criminal investigations.

Real-World Applications

Apply knowledge through case studies and simulations in forensic contexts.

Course Outline

1

Week 1: Foundations of Population Genetics

Class 1:

Concept of population structure and Indian population substructures.

Class 2:

Hardy-Weinberg equilibrium and causes of evolution: admixture, selection, mutation, drift.

Class 3:

Linkage disequilibrium; Case study on Indian population substructures.

2

Week 2: Forensic Population Genetics & Interpretation

Class 4:

Phylogenetic tools and paternity/maternity/sibship indices.

Class 5:

Application of population genetics in forensic DNA typing; factors affecting accuracy.

Class 6:

Practice on calculating likelihood ratios for paternity; Phylogenetic tree construction demo (e.g., MEGA, Phylo).

3

Week 3: Bioinformatics Tools in Forensics

Class 7:

Principles of sequence alignment and tools like BLAST and ClustalW.

Class 8:

Forensically important databases: BOLD, HapMap, STRBase, and national DNA databases.

Class 9:

BLAST search using mitochondrial DNA sequence; Exploring STRBase and HapMap datasets.

4

Week 4: Advanced Forensic DNA Typing

Class 10:

RFLP and PCR-based typing; STR genotyping and result interpretation.

Class 11:

SNPs, LCN typing, mitochondrial DNA analysis, and Y-STR in paternal lineage.

Class 12:

Non-human DNA analysis in wildlife forensics; STR profile interpretation with mock case data; Animal DNA identification simulations.

5

Week 5: Emerging Trends and Future Directions

Class 13:

DNA sequencing methods (Sanger, NGS basics); Prediction of traits from DNA.

Class 14:

Molecular autopsy and genetic genealogy in cold case solving.

Class 15:

Evolving technologies: Rapid DNA, portable sequencers; Case discussion on genetic genealogy; Group presentation on the future of forensic DNA.

Course Highlights

Interactive Live Sessions

Learn from experienced instructors through engaging online sessions.

Case Study Analysis

Apply theoretical knowledge to real-world forensic DNA cases.

Discussion Forums

Engage with peers and instructors through moderated discussion platforms.

Comprehensive Coverage

Explore all key aspects of population genetics and forensic DNA profiling.

Certification

Receive a formal certificate upon successful completion of the course.

Guest Lectures

Learn from forensic professionals sharing real-world experiences.

Ready to Explore Population Genetics and DNA Profiling?

Join our next cohort and embark on a fascinating journey into the world where genetics meets justice.

Enroll Today